Development of design and working documentation for the construction of civil airfields, as well as individual buildings and structures on them.

One of the design directions of the company is the design of civil aviation airfields for various purposes.

The company develops, in accordance with the terms of reference of the customer, design documentation for the construction (reconstruction, overhaul) of airfields with all the necessary facilities on them to ensure the operation of the facility for its intended purpose with the passage of state (non-state) examination of projects.

In addition, the company develops working documentation based on the design documentation developed by our company or other design organizations.

The design of airfields in modern Russian conditions should ensure maximum safety, quality of services and convenience for passengers, as well as comply with all international and national standards.

Flight safety

includes the optimal placement of runways, such that they are comfortable for pilots, take into account all aerodynamic features and do not touch gravitational or electromagnetic fields.

Comfort and convenience for passengers and staff

includes the creation of convenient parking lots, means of communication with stations and hotels in cities, as well as the provision of necessary services for passengers, such as cafes, currency exchange and shops.

Compliance with the environment and reduction of harmful emissions

includes the development of technologies and solutions aimed at reducing harmful emissions and minimizing the impact of the airfield on the environment (noise, pollution).

Compliance with international standards

includes the compliance of airfields with all international and national standards and requirements for safety and quality of services.

Reduced operating costs

includes the development of innovative technologies and operating methods that will reduce certain operating costs (electricity, fuel, maintenance and repairs).

Occupational safety and health of workers

includes ensuring the safety of workers, eliminating dangerous situations, monitoring compliance with labor protection requirements at aerodromes.

Design of airfields
and landing sites

  1. Territory analysis and preparation. Designers study the characteristics and features of the area on which the airfield will be located, and develop a plan of the territory, determine the required land plots suitable for the construction of the airfield
  2. Development of the general plan of the airfield. At this stage, the designers develop the general concept of the airfield, determine the places for take-off and landing of aircraft, for maintenance and repair, as well as for the placement of ground personnel and equipment.
  3. Design of specialized airfield elements. Here, plans are being developed for the construction and equipment of landing strips, taxiways, maintenance buildings, cargo terminals and other structures.
  4. Calculation of loads and resistance of materials. At this stage, designers carry out a technical analysis of engineering structures, such as buildings and runways, to ensure their strength and safety.
  5. Development of technical support systems. A system of interaction between aircraft and the airfield is being designed, including systems for power supply, communications, navigation, weather conditions monitoring, as well as protection and security systems.
  6. The design of an aerodrome involves an assessment of the possible impact on the environment and the fulfillment of requirements in the field of nature protection and environmental protection.

Airfield and Landing Design Services aims to create a safe and efficient infrastructure for aviation so that airlines can provide reliable transportation of passengers and cargo.

We are set
for long-term cooperation

LLC PSK RATEL ENGINEERING is a young, dynamically developing company and has a Certificate of Conformity No. SDS.TP.SM.17871-22 QMS for design, including especially dangerous, technically complex and unique capital construction projects.

The company employs highly qualified specialists of the design department who carry out design in modern CAD using BIM technologies with collision analysis of various component systems of the project being issued (CM, CL, power supply, water disposal, sealing system), which allows to optimize the design time.

On designing in areas with permafrost soils, the company actively cooperates with the FGBUN Institute of Permafrost. P.I.Melnikov of the Siberian Branch of the Russian Academy of Sciences.

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